Umwelt Hacking: Can we sense like a forest, a mycelium network or an octopus?

Carl Smith, Roseanne Wakely
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Abstract

Can we sense like a forest, a mycelium network or an octopus? Each of these is their own 'kingdom' so how do we build sensory bridges between these kingdoms? This paper explores expanding the definition of intelligence, seeking to find a bridge between what humans can sense, and what a forest, mycelium network or octopus can. The project came out of the observation that our human metric of intelligence is flawed, there seems to be a hierarchical and binary approach, alongside a predominant belief that what we consider is quite narrow and fixed, aligning with what computers can do, favouring speed, efficiency, and memory. This excludes the richness of neurodiversity and people with radically different abilities. Building on previous projects and experiments we have conducted several experiments exploring the transfer process involved in sensing like a forest, a mycelium network or an octopus
Umwelt Hacking:我们能像森林、菌丝体网络或章鱼那样感知吗?
我们能感觉到森林、菌丝体网络或章鱼吗?每一个都是它们自己的“王国”,那么我们如何在这些王国之间建立感官桥梁呢?本文探讨了智能定义的扩展,试图在人类的感知能力与森林、菌丝体网络或章鱼的感知能力之间找到一座桥梁。这个项目源于这样一种观察,即我们人类衡量智能的标准是有缺陷的,似乎有一种分层和二元的方法,以及一种主流的信念,即我们所考虑的是相当狭隘和固定的,与计算机所能做的保持一致,偏爱速度、效率和内存。这排除了神经多样性的丰富性和能力截然不同的人。在以前的项目和实验的基础上,我们已经进行了几个实验,探索像森林、菌丝体网络或章鱼这样的传感转移过程
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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